!   TITLE:  slv_lower_az.parm (AAAV)
!
!---------------------------------------------------------------------------
!       Rev -   05/07/2001      D. Edwards
!---------------------------------------------------------------------------
!
!   This macro creates the lower steel sleeve which is bonded into the
!   azimuth gimbal:
!
!         P/N SK375A083 Rev B
!
!
!---------------------- a.) Title and Units Declaration --------------------
!
/title,Sleeve - Lower Azimuth Gimbal
!
/units,bin
!
!--------------------- b.) Part Name Selection Variable --------------------
!
name='slvlow'
arry_nam='slvlo'
!
!--------------------------- c.) Model C.S. Names --------------------------
!
ct_name='CSsl0'             ! cartesian
cyl_name='CSsl1'            ! cylindrical
sph_name='CSsl2'            ! spherical
!
!----------------------- d.) Material and Element Type ---------------------
!
mat_select,'c416'                       ! Material Properties
!
!
et,1,shell93                            ! element types
et,2,solid95
!
!--------------------------- e.) Model Parameters --------------------------
!

!
! Flags to build model with or without small holes
!   1=add holes     0=omit holes
!
f_cbore=0       ! Clearance holes with counter bore
f_therm=0       ! Thermal relief holes
f_tap=0         ! Tapped screw holes to hold resolver clamp


Da01=35
Da02=35
Da03=45
Da04=10
Da05=10
Da06=20
Da07=10

Dr01=2.1658/2
Dr02=2.3400/2
Dr03=2.9500/2
Dr04=2.6000/2
Dr05=2.4000/2

Dr10=.1565/2
Dr11=.2515/2
Dr12=.1400/2
Dr13=.1380/2

Dy01=0.955
Dy02=1.220

Dz01=.615
Dz02=.200

Dz11=.150
Dz13=.200

!
!------------------------ f.) Model C.S. Coordinates -----------------------
!

! Distance from primary azimuth gimbal CS to sleeve CS
parm_val,'gimbal','L1','L1'
parm_val,'gimbal','L75','L75'
parm_val,'gimbal','D6','D6'

acs=CSgim0                      ! active coordinate system
!
xc=0                            ! x coordinate center
yc=0                            ! y coordinate center
zc=-(L1+L75+D6)                 ! z coordinate center
!
rotxyc=0                        ! xy rotation
rotyzc=0                        ! yz rotation
rotzxc=0                        ! zx rotation
!
!---------------------------------------------------------------------------